Leica NA2 / NAK2 Automatic Level

The Leica NA2 and NAK2 automatic levels are premium optical instruments designed for high-precision leveling in surveying, construction, and engineering environments. All models feature superior 32x magnification, top-tier Leica optics, and ±0.7 mm/km leveling accuracy, ensuring consistent results even in demanding field conditions.

Each model in this series is tailored to different job site needs, offering either air or magnetic damping and various horizontal circle graduations. Whether you're working in calm survey environments or on vibration-prone construction sites, Leica has a solution to match.

Damping Technology Explained

• Air-Damped Compensators: Use sealed air chambers to stabilize the line of sight, offering smooth operation and ultra-fine precision, perfect for survey and engineering settings.
• Magnetic-Damped Compensators: React faster and better resist site vibration, ideal for construction environments or work near heavy machinery.

Model Breakdown

Leica NA2 (Model 352036)

• Damping: Air damped
• Horizontal Circle: None (standard configuration)
• Best For: Precision leveling and general-purpose surveying
• Includes: NA2 level, user manual, accessory kit, protective case, and certified calibration

Leica NAK2 360 (Model 352038)

• Damping: Magnetic damped
• Horizontal Circle: 360° graduated in degrees
• Best For: Environments with vibration and angular layout in degrees
• Includes: NAK2 360 level, degree circle, user manual, accessories, case, and certified calibration

Leica NAK2 400 (Model 352039)

• Damping: Magnetic damped
• Horizontal Circle: 400 gon graduated (gradians)
• Best For: Projects requiring gon-based angular layout and robust vibration resistance
• Includes: NAK2 400 level, gon circle, user manual, accessories, case, and certified calibration

All models are compatible with Leica’s micrometer attachment for even greater vertical measurement accuracy. Rugged yet refined, the NA2/NAK2 series is a trusted choice for professionals who demand both durability and performance in the field.